Trapped-Ion Quantum Computers - cloud emulator and H-Series devices

Published

13 March 2026

Place of performance

Odense M, DK031

Procedure

neg-wo-call

Lots

1

Notice number

00174856-2026

Reference

cc88cb66-001b-4a2b-895b-ec37d1baf547

Official source

Official source

CPV codes

• 30211100Superordenador

Description

The research project, for which this quantum computing access is needed, aims to implement Top-ological Quantum Computing (TQC) by operating and testing topological surface codes and other algorithms related to topological quantum field theories (TQFTs) on Quantinuum H-Series processors and emulators. Errors and noise are always a limiting factor, so this project needs to gain access to a machine with industry leading qubit and gate fidelity, which is essential to implementing the non-standard gates that arise from TQFTs and accurately probing various conjectures arising from geometry and topology that might depend sensitively on certain parameters. Moreover, it is essential for this project to have access to hardware with fully connected qubits, which Quantinuum’s systems also offer, because such TQFT-based gates often need to be applied to arbitrary pairs of qubits. For example, for unitary representations of the braid group, qubits might encode strands, and it would be necessary to be able apply 2-qubit gates to any pair of qubits. Full connectivity significantly reduces transpilation overhead, which otherwise would drastically limit many TQC and TQFT-based algorithms. This …

Awards

Frequently asked questions

Who is the buyer of this tender?

The contracting authority is Danmarks Tekniske Universitet - DTU (European Union).